PEARSON (PEARSON) • Applied Science
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Modules Applied Science at PEARSON (PEARSON)
Notes available for the following courses of Applied Science at PEARSON (PEARSON)
- U2 Practical Scientific Procedures and Techniques 5
- Understand how scientific information may be store 1
- Unit 1 1
- Unit 15 2
- Unit 1 1
- Unit 1 biology 2
- Unit 1 chemistry unit1chemistry 1
- Unit 1 physics Unit1physics 1
- Unit 10 7
- Unit 10 - Bio Molecules and Pathways 2
- Unit 10 aim c 1
- Unit 10 Assignment A 1
- Unit 10 Assignment A: chemistry of combustion 1
- Unit 10 biological molecules 1
- Unit 10: B Respiration In Humans 1
- Unit 10:Biological Molecules and Metabolic Pathway 1
- Unit 11 1
- Unit 11 - Genetics & Genetic Engineering 1
- Unit 11 - Genetics and Genetic Engineering 1
- Unit 11 Genetics and Genetic Engineering 3
- Unit 11- Genetics and Genetic Engineering 3
- Unit 11: Genetics and Genetic engineering 1
- Unit 12 7
- Unit 12 - disease and infection 1
- Unit 12 - diseases and infection 31639H 5
- Unit 12 - diseases and infections 6
- UNIT 12 Disease and Infection 1
- UNIT 12 Diseases and Infection 1
- Unit 12: Disease's and Infection 1
- Unit 12A 2
- Unit 12B 1
- Unit 12C 1
- Unit 13 5
- Unit 13 aim A 1
- Unit 13: Acid or Base 1
- Unit 13a 1
- Unit 14 - Applications of Organic Chemistry 2
- Unit 14 applications of organic chemistry 1
- Unit 14 C 1
- Unit 14d 1
- Unit 15 3
- Unit 15 Assignment 2 1
- Unit 15: circuits 1
- Unit 16 1
- Unit 16 - Astronomy and Space Science 2
- Unit 16: Science in Medicine 6006318X 3
- Unit 19 3
- Unit 19.3 1
- Unit 2 14
- Unit 2 practical scientific procedures & techniqu 1
- Unit 2 - Assignment A 1
- Unit 2 - Colorimetry 1
- Unit 2 - Cooling Curves PP4003 2
- Unit 2 - Learning Aim A 1
- Unit 2 - Learning Aim B 1
- Unit 2 - Learning Aim D 1
- Unit 2 - pH Titration 1
- Unit 2 - Practical Scientific Procedures 3
- Unit 2 assignment 4 practical procedures and.. 1
- Unit 2 assignment a 3
- Unit 2 B - Undertake calorimetry to study cooling 1
- Unit 2 Laa 1
- Unit 2 learning aim A 2
- Unit 2 learning aim B 1
- Unit 2 Learning Outcome A: Chemical reactivity and bonding 1
- Unit 2 Practical procedure and techniques 1
- Unit 2 Practical procedures and techniques 1
- Unit 2 practical scientific procedures & techniq 1
- UNIT 2 practical scientific procedures & technique 2
- Unit 2 Practical Scientific Procedures +Techniques 2
- Unit 2 practical scientific procedures and... 1
- Unit 2- Laboratory Techniques & their Application 3
- Unit 2- learning aim C 1
- Unit 2; Practical scientific procedures and tech 1
- Unit 2: Practical Scientific Procedures and 1
- Unit 2: Practical Scientific Procedures and Techni 1
- Unit 2.1 Titration and colorimetry 1
- Unit 20 4
- Unit 20 - Biomedical Science 3
- Unit 20 Assignment 1 1
- Unit 20 assignment 1 : Haematology 1
- Unit 20 Assignment B 2
- Unit 21 7
- Unit 21 - Medical Physics 1
- Unit 21 C Distinction Standard 1
- Unit 21 medical physics applications 1
- Unit 22 3
- Unit 22 - Materials Science 1
- Unit 23 1
- Unit 23 -Forensic Evidence Collection and Analysis 1
- Unit 23 Forensic evidence, collection and analysis 2
- Unit 23 LAA 1
- Unit 2a 1
- Unit 2A: Titration 1
- Unit 2b-Undertake calorimetry to study cooling cu 1
- Unit 2C 1
- Unit 2D 1
- Unit 3 2
- UNIT 3- Science Investigation Skills 1
- UNIT 3: Science Investigation Skills 2022 MS 1
- Unit 4 14
- Unit 4 - laboratory techniques & their application 4
- Unit 4 - Laboratory Techniques and Application 5
- Unit 4 - Laboratory Techniques and their Application sixthform 5
- Unit 4 - practical scientific procedures 1
- Unit 4 aim A Y846 2
- Unit 4 aim c 1
- Unit 4 aim D 1
- Unit 4 assignment c 1
- Unit 4 Health and safety 1
- Unit 4 Laboratory Techniques and Their Application 6
- Unit 4 Laboratory Techniques Assignment 1 1
- Unit 4- Assignment 1 1
- Unit 4- Laboratory Techniques and their Applicatio 1
- Unit 4-Laboratory Techniques and their Application 1
- Unit 4: Laboratory And Their Applications! 1
- Unit 4A 1
- Unit 4a- Health and Safety 1
- Unit 5 - Principles and Applications of Science 21
- Unit 6 11
- Unit 6 Aim A Research Independent study 1
- Unit 6 - science investigation skills 2
- UNIT 6 : INVESTIGATIVE PROJECT 2
- Unit 6 aims C and D 1
- Unit 6 Assignment B Project Planning 1
- Unit 6 Assignment one 1
- Unit 6 assignment two 2
- Unit 6 Biology Assignment A (investigate project) 1
- Unit 6 Investigative project 3
- Unit 6: Investigative Project 2
- Unit 6: Investigative Project Assignment 1 1
- Unit 6B 1
- Unit 7 1
- UNIT 7 - Contemporary Issues in Science 2022 1
- UNIT 7 - Contemporary Issues in Science 2022 Paper 1
- Unit 7 Contemporary issues in science 1
- Unit 8 17
- Unit 8 - Physiology of Human Body Systems 1
- Unit 8 - Physiology of Human Body Systems 8
- Unit 8 - The cooling curve 1
- Unit 8 - The Digestive System 1
- Unit 8 : Lymphatic system 1
- Unit 8 A: musculoskeletal system 1
- UNIT 8 AIM A 1
- Unit 8 aim B 1
- Unit 8 aim c 2
- Unit 8 assignment A 1
- Unit 8 Learning Aim A - Musculoskeletal System 1
- Unit 8 Learning Aim C- The Digestive System 8
- Unit 8 Physiology and Human Body Systems 2
- Unit 8 Physiology of Human Body Systems 2
- Unit 8 Physiology of Human Body Systems Aim A 1
- Unit 8 Physiology of Human Body Systems Aim B 1
- Unit 8 Physiology of Human Body Systems Aim C 1
- Unit 8- Physiology of human body systems 1
- Unit 8- The Physiology of Human Body Systems 1
- Unit 8: Physiology of Human Body Systems applied science 3
- UNIT 9 1
- UNIT 9 - Human regulation and reproduction 1
- Unit 9 aim c 1
- Unit 9 human regulation and reproduction 4
- Unit 9 physiology of human body 1
Latest notes & summaries PEARSON (PEARSON) • Applied Science
Attained a distinction, covers all criteria, very detailed explanation of light dependent and light independent reactions, and what is occurring on a molecular level, gives limiting factors includes secondary data to support, and covers photosynthetic efficiency in agricultural settings.
Distinction Attained first attempt, covers all criteria, gives very detailed explanations of listed biological molecules, structure and functions, with importance, it evaluates the disruption to normal biological molecules in the context of two different diseases, on a molecular level of explanation.
Distinction attained, this assignment only contains the report, not the associated practicals, it gives detailed explanation of production of urine process(maintenance of biochemical values) urinalysis in case studies, with given diagnosis, risk of contamination, how errors can be reduced, correct collection of urine and preservation, importance, and detailed explanation of the role of the biomedical scientist specific to the case studies situation
Distinction attained, covers components of blood, their structure and how it is related to function, diseases of the blood (2 diseases chosen) with full analysis, types of diagnostic testing specific to disease, changes in blood composition with the disease as compared to normal healthy individual, and implications of misdiagnosis, This assignment only contains the report, not the practicals associated.
Distinction Attained, this assignment covers all criteria, it evaluates screening for disease, with detailed explanations, pros and cons, reinforced using secondary data, it provides information of techniques, using a current screening programme by NHS, analysis of tissues, explanation of automated microtomy, and the informatics of biomedical science, LIMS.
BTEC APPLIED SCIENCE UNIT 6 PROJECT DISTINCTION LEVEL INCLUDES UP TO DISTINCTION
BTEC applied science unit 6 project assignment 1 for lung performance to distinction level
This assignment attained a distinction first attempt, gives a very detailed explanation of different types of personnel and their roles, methods of searching, and ways to collect and preserve evidence, with explanation of chain of evidence
This assignment attained a distinction, with full explanation of structure of benzene, evidence for structure, chemical properties, addition and substitution mechanisms for benzene and their comparison, and analysis of different monosubstituents on benzene ring.
This assignment attained a Distinction, with very detailed chemical and physical properties of a range of isomers, and the different types, compares, and analyses importance of isomerism with examples and true events to reinforce.